Steam Engineering

Project description

We are a industrial heating manufacturer. We need a Bi-fold brochure design for our trade show coming up. 11 x 17inch format

It will need to have a focus to:

Concrete Aggregate heating

Wheat and Grain Industry

Mushroom Growing Industry

Literature to include:

The direct fired steam generator incorporates a mixer-burner
with a tough, refractory lined combustion chamber which
ensures safety, efficiency and many other improvements
over current steam generating systems.
This new system drives air into the mixer-burner, combining
it with fuel where the mixture is ignited as it enters the combustion
chamber. Combustion is 100% completed.
Water is then sprayed into the hot gases exiting the chamber,
thereby creating INSTANT STEAM.
It also capitalizes on non-condensable stack gases which
represent a useful supply of energy when combined with the
steam rather than being vented, thus maximizing efficiency.
■ CARBON MONOXIDE OUTPUT LEVELS
BELOW 10 PPM
■ FUEL SAVINGS UP TO 50%
■ STEAM IN 15 SECONDS
■ STEAM PRESSURES UP TO 15 PSIG
■ PRE-ASSEMBLED FOR EASE OF
INSTALLATION
■ NO STATIONARY ENGINEER REQUIRED
■ NO CHEMICAL TREATMENT OF WATER
■ NO STACK OR BOILER ROOM REQUIRED

BENEFITS - An immediate benefit of the STEAM ENGINEERING
Steam Generator is that steam is available on demand.
Within 15 seconds of switching on the machine, steam
is generated. When steam is no longer required, the unit
is switched off.
The major benefit of the unit is its ENERGY SAV I N G S
features. Due to its high efficiency, it burns less fuel to
produce a BTU of output steam. Also, because of its
unique ability to produce instant steam, it only consumes
fuel when steam is required. It is not maintaining a
mass of water at a high temperature when steam is
not required.
The unit is packaged, pre-assembled and easy to
install wherever the steam is required. As pressure does
not exceed 15 PSIG, no special boiler room, no stationary
engineer or high insurance rates are required.
APPLICATIONS
The STEAM ENGINEERING unit will find application in
many industries where boilers have traditionally been
used. Current and potential applications are as follows:
✔ Kiln curing of concrete pipes, blocks and other
concrete products.
✔ Steaming of aggregate piles in winter to prevent
freezing.
✔ Sparging of liquids and slurries in pulp and mining
operations.
✔ Sterilizing growing rooms and potting soil, heating
bales of straw for mushroom industry.
✔ Reconstituting airplane de-icing fluid.
✔ Internal cleaning of transportation tank to remove
materials and speed drying.
✔ Heating of hot water for processing and personal
use.
✔ Pelletizing in feed mills.
✔ Heating and inflating plastic liners for underground
sewage lines.
✔ Heating wheat to increase production by 2%.
A number of other applications are being evaluated
as potential users understand that the unique features
of the STEAM ENGINEERING unit can help them solve
many of their processing and heating problems.

I have attached our old sales brochure, page 2 and page 14 contain the best examples of information to include.